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Materials and Methods Morphology.
American Journal of Applied Sciences, 2009. 6(9): p. 1682-1689
Journal of Biomechanics, 1997. 30(7): p. 743-745
Journal of Biomechanics, 2001. 34(9): p. 1197-1202
Journal of Biomechanics, 2004. 37(2): p. 189-196.

Due to the lack of information on extraction of raw materials and a huge amount of needed information, this study has been within the "gate to gate" level.
International Journal Of Vehicle Design, Vol. 17 (1996), p.718 [2] Lundie, S., G.
Environmental Science & Technology, Vol. 38 (2004), p.3465 [3] Cabeza, H. and Douglas, M.
Journal of The Operations Research Society of Japan, Vol. 42 (1999), p.180 [7] Allgood, C.
Journal of Fluorine Chemistry, Vol. 122 (2003), p.105

The thermophysical properties of biological materials depend on the characteristics of each product, such as moisture, structure, and chemical composition, which may vary depending on the process performed [30].
The heat diffusion equation during the freezing process of biological materials can be expressed according to Equation 1, which is the temperature formulation (classical method) for heat transfer [37, 41].
Food Science.
Brod, Experimental Determination Methods of Thermal Conductivity and Thermal Diffusivity of Biological Materials - Review.
Journalof Food Science, 72(5) (2007) 254-263

With the extension of the service time of the industrial pipes, the damage caused by material defects, corrosion, or external force, makes the pipeline security situation gradually deteriorated.
Acknowledgment This research is supported by Natural Science Foundation of Hebei Province (No.
E2008001258), and Science Foundation of Shijiazhuang Mechanical Engineering College (NO. 2010SY4309002).
Ye, Damage size identification of thick steel beam based on ultrasonic guided wave, Journal of vibration and shock, 30(2011) 227-231
Ji, 2-D reconstruction of the pipeline defects by means of ultrasonic guided wave based on LS- SVM, Journal of Xi'an Shiyou University ( Natural Science Edition), 27 (2012)87-90

Load Analyzed of the UGCW Gravity Load Gravity loads include the gravity of the glass panel, the curtain wall frame, the accessory and the material of heat preservation and heat insulation.
Wind Load The glass panel of the UGCW is the material with the large rigidity and the small strain and its relationship of stress-strain is linear before the failure of the material [2, 3].
Guangxi Sciences, 10 (3):208 ～211 [3] C V Girija Vallabhan. 1994.
The Journal of Structural Engineering, 120(5):1663 ～1671 [4] Tong LiPing, Ning YongSheng. 1999.
Journal of ZhengZhou University.31(4):28～31

Test model scale and material property is show in Table 1.
Table 1 Model scale and material property Geometry [mm] Material Property Length 2000 Young’s Modulus 206000 [N/mm2] Diameter 1600 Rib’s scale 10×50 Damping 0.06 Rib’s space 200 Density 7.85E-9 [N/mm3] Base panel 375×200 Cover’s thickness 20 Poisson’s Ratio 0.3 Cylinder’s thickness 6 Fig. 3 Time domain and frequency domain force of white-noise input exciting Fig. 4 Acceleration FRF of steady and noise exciting on Channel Dev1_ai0 Fig. 5 Acceleration FRF of steady and noise exciting on Channel Dev1_ai1 Fig. 6 Acceleration FRF of steady and noise exciting on Channel Dev4_ai1 Fig. 7 Acceleration FRF of steady and noise exciting on Channel Dev4_ai5 Fig. 8 Sound pressure FRF caused by noise exciting force on Channel Dev4_ai7 Fig. 8 shows the acoustic transfer function by the way of white-noise input exciting force.
Zhou: Journal of Ship Mechanics, Vol. 10 (2006), p. 153-159(In Chinese)
Hong: Journal of vibration and shock, Vol. 29 (2010), p. 228-231 (In Chinese)
Yang: The Theory and Technology of Discrete Spectrum Correction (Science Publications, China 2008).

Preparation and Research on Performance of Fluorine Rubber / Metal Composite Sealing Boards Ailing Zhang1, a, Yinfeng Feng1, b, Sanxi Li1,a, Song Wang1,a, Zhenqian Lv2,a 1 School of Science, Shenyang University of Technology, Shenyang, Liaoning, 110870, China 2 Institute of wind energy technology, Shenyang University of Technology, Shenyang, Liaoning, 110023, China a zhangal001@yahoo.com.cn,b yinfeng2003@126.com.
Fluorine rubber/metal composite sealing board is a typical sealing material, It has the mechanical strength and dimensional stability of the metal.
From the SEM we can see that the metal and the rubber did not enter each other's material system.
[3] Yinyanfang, Louxiudong: Guangxi Journal of Light Industry.
[5] M AAnsarifar: International Journal of Adhesion & Adhesive.

Fig.7 Von Mises stress Conclusion Distributed properties of welding residual stress in bridge nodes are researched in the paper, it can be concluded that (1) The longitudinal welding residual stress distributed closely to the weld joints and the maximum value reaches the material yield strength of Q345qD steel, which has a greater impact on fatigue strength of the structure; (2) The longitudinal welding residual stress distributed relatively uniform, the maximum value of welding residual stress may occur at any position near the welding joint; (3) The distributed properties of Von Mises stress is in accordance with the longitudinal direction of the welding residual stress.
Acknowledgements This work was financially supported by the National Natural Science Foundation Program (51108363).
Materials and Design.
Journal of Constructional Steel Research. (2012)
Journal of Dalian Railway Institute.

Modeling and Simulation Research of Time-Dependent Reliability Model of Link Rod in Needle Bar Mechanism Gong Yanjue1, a,Zhao Fu1, b, Xin Hongbing1, c, Xiang Huiyu1, d, Meng Chunling1, e, Zhang Yuan1, f 1School of Material and Mechanical Engineering, Beijing Technology and Business University, China ayjgong@th.btbu.edu.cn,bzhaoffu@163.com, cXinhb@th.btbu.edu.cn, dXianghy@th.btbu.edu.cn, emengcl@th.btbu.edu.cn, fzhangyuan1965@126.com Keywords: time-dependent reliability model; loading numbers; strength degeneration Abstract: The time-dependent reliability model of Mechanical Component is influenced by many parameters such as stress, load, strength, strength degeneration and lifetime index.
（5） Time-dependent Reliability Model with strength degeneration When the lifetime or the loading numbers N is stochastic variable and the probability density function is , the probability density function of fatigue lifetime n under the deterministic constant amplitude cyclic load s can be acquired by material fatigue strength experiments.
The yield strength of material is 415MPa.
Acknowledgement The paper is sponsored by Key Project of the Science and Technology Plan Project of Beijing Municipal Education Commission, Grant Number: KZ201210011012.
Reference: [1] Wang Zheng, Xie Liyang, Time-dependent reliability model of mechanical component under stochastic load, Mechanical Engineering Journal, Vol.43 (2009), P.20-25 [2] Sun Zhili, Chen Liangyu, Reliability model of mechanical drive system, North eastern University Journal, Vol.24 (2003), P.548-551 [3] Lin Yuanlie, Applied Stochasitic Process[M]，Tsinghua University Press, 2012 [4] Li Xiaoyang, Jiang Tongmin, Stress-strength interference model based on performance degeneration, 2007 Annual Conference of China Aviation Society [5] Zio E.

Meshless-Finite Element Coupling Method Yujing Gao 1, a, Dehua Wang 2,b and Guiping Shi 3,c 1,2,3 Shandong Vocational College of science & Technology,Weifang, Shandong 261053,China agaoyjing@163.com, bwangdehua2000@163.com, csgp.1981@163.com Keywords: The meshless method, the finite element method, coupling, matlab.
Discrete equations in Temperature field Consider two-dimensional steady-state temperature field problems (14) indicates the temperature, indicates the Dirichlet boundary, indicates the Neuman boundary, indicates the material density, along thedirection of the material thermal conductivity, along the direction of the material thermal conductivity, is the density of the heat source inside the object, and are the direction cosines of the outward normal boundaries.
International Journal for Numerial Method in Engineering, 1994,37:229~256 [4]T.
International Journal for Numerial Method in Engineering, 1998,41:1215~1233 [7]H.